Has anyone tried a setup where an EVSE would be enabled (turned on) after a PayPal transaction was completed?
Ideally, the way it would function is:
1. A user would scan a barcode on the EVSE with their smartphone.
2. The barcode brings up a link to make a PayPal payment or donation.
3. Once the PayPal transaction was completed, a signal would be sent to the EVSE (maybe a JuiceBox Pro 40?) to start charging.
4. After a predetermined period of time a signal would be sent to the EVSE to stop charging.
Alternatively:
1. A user would scan a barcode on the EVSE with their smartphone.
2. The barcode brings up a link to make a PayPal payment or donation.
3. Once the PayPal transaction was completed, a signal would be sent to a smart switch (maybe Insteon 2453-222?) which engages a 50A contactor (maybe Baomain CJX2-3210?) to enable power to the EVSE (maybe a JuiceBox 40?) to start charging.
4. After a predetermined period of time a signal would be sent to the smart switch to open the contactor and stop charging.
When the charging station owner needs to use it, they could enable the EVSE or the smart switch through their WiFi network.
My application idea is to provide a relatively low-cost way for charitable organizations to collect donations from the use of their charging station. I'm thinking some combination of ITTT to process the signals based on PayPal confirmations.
So, is this a feasible or crazy idea? What are your thoughts?
- RzR
Ideally, the way it would function is:
1. A user would scan a barcode on the EVSE with their smartphone.
2. The barcode brings up a link to make a PayPal payment or donation.
3. Once the PayPal transaction was completed, a signal would be sent to the EVSE (maybe a JuiceBox Pro 40?) to start charging.
4. After a predetermined period of time a signal would be sent to the EVSE to stop charging.
Alternatively:
1. A user would scan a barcode on the EVSE with their smartphone.
2. The barcode brings up a link to make a PayPal payment or donation.
3. Once the PayPal transaction was completed, a signal would be sent to a smart switch (maybe Insteon 2453-222?) which engages a 50A contactor (maybe Baomain CJX2-3210?) to enable power to the EVSE (maybe a JuiceBox 40?) to start charging.
4. After a predetermined period of time a signal would be sent to the smart switch to open the contactor and stop charging.
When the charging station owner needs to use it, they could enable the EVSE or the smart switch through their WiFi network.
My application idea is to provide a relatively low-cost way for charitable organizations to collect donations from the use of their charging station. I'm thinking some combination of ITTT to process the signals based on PayPal confirmations.
So, is this a feasible or crazy idea? What are your thoughts?
- RzR